CN101179836B - Method of decoding reinforced uplink physical channel of time-division synchronous code division multiple access system - Google Patents
Method of decoding reinforced uplink physical channel of time-division synchronous code division multiple access system Download PDFInfo
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Abstract
The invention provides a decoder method of Time Division Synchronous Code Division Multiple Access system enhanced uplink physical channel. The method includes the following steps: when an enhanced uplink transmission interval is coming, a user device determines a transmitted data type and a transmitted resource multiplex way of current transmission interval; then the user device determines a transport block length and a modulation way of a enhanced uplink business data according to a resource multiplex situation and a authorized power; the user device determines a physical layer control channel parameter of current transmission according to the determined business data and resource multiplex way; and then a base station determines a resource count used by the user device according to a multiplex instruct of the physical layer control parameter, and obtains a modulation way and a transmission block length information of the service data by combining with the enhanced transmission format assemble instruct and carries a modulation out and a decoder. Therefore, the invention avoids a cache of a channel data without increase of channel burden, and realizes a synchronous decoder of the channel and enhances a receiving efficiency of the channel.
Description
Technical field
The present invention relates to wireless communication technology field, more specifically, relate to a kind of coding/decoding method of reinforced uplink physical channel of time-division synchronous code division multiple access system.
Background technology
In March, 2006, third generation partner program (3rd Generation PartnershipProject is designated hereinafter simply as 3GPP) has been passed through the project verification application of TD SDMA (TD-SCDMA) system enhanced uplink.Enhanced uplink is commonly referred to as high speed uplink packet and inserts (High Speed Uplink Packet Access is designated hereinafter simply as HSUPA), and purpose is that the technology by the advanced person improves the efficient of up link.
Increased a transmission channel among the HSUPA newly, that is, enhanced uplink dedicated transmission channel (E-DCH) strengthens uplink business data and is carried on this transmission channel, and the Transmission Time Interval of E-DCH (TTI) is 5ms.In a TTI, form the coded combination transmission channel by an E-DCH transmission channel, be carried on the E-PUCH (the E-DCH uplink physical channel is also referred to as the enhancing uplink physical channel).
The HSUPA technology mainly contains following feature:
(1) dispatch the base station: before adopting the HSUPA technology, the uplink scheduling function realizes in service wireless network controller (SRNC), in the HSUPA technology scheduling feature is transferred to the base station, can use the information on load of sub-district more accurate and in real time, thereby utilize the ascending idle port resource more fully.Business based on base station scheduling is called dispatching services, subscriber equipment (UE) is before the transmission data, insert ascending control channel (E-RUCCH) at random by E-DCH earlier and send dispatch request, then, the base station is the UE Resources allocation according to the dispatch request of UE and the resource situation of sub-district, and by E-DCH absolute grant channel (E-AGCH) resource (comprising code channel, time slot and power) of authorizing is sent to UE.
(2) mix re-transmission (HARQ) automatically: before adopting HSUPA, the re-transmission of upstream data need be carried out at the rlc layer of SRNC, in the HSUPA technology functions of retransmission is transferred to the base station, has shortened retransmitting the required time.Receive the E-PUCH channel data of UE when the base station after, the physical layer of base station is decoded, and decoded information is fed back to the upper strata strengthen medium access control entity (MAC-e), by the MAC-e entity be responsible for producing " affirmation " (ACK) or " not confirming " (NACK) indicate, and on E-DCH hybrid automatic repeat request indication channel (E-HICH), indication is sent to UE, after UE receives ACK, will abandon original grouping, carry out the transmission of new data; If that receive is NACK, need then to wait for that authorization resources retransmits again.
In order to adapt to the stronger business of real-time, HSUPA also provides non-scheduling service, and its resource is that UE distributes by SRNC, and the method for salary distribution is the same with existing dedicated channel allocation mode.A UE can have dispatching services and non-scheduling service simultaneously, when an E-DCHTTI arrives, oneself determines transmission dispatching services data or non-scheduling service data by UE is high-rise.Therefore, when the existing scheduling resource of UE, when again non-scheduling resource being arranged simultaneously, will there be the waste of resource.TD-SCDMA allows UE to integrate scheduling resource and non-scheduling resource, such as working as UE existing scheduling resource in current TTI, when again non-scheduling resource being arranged simultaneously, UE can determine current scheduling and non-scheduled resources sum total are used for the transmission of non-scheduling service data or the transmission of dispatching services data, hereinafter, it is abbreviated as " resource multiplex ".
In the uplink strengthening data transmission course, UE need be to some control informations of base station transmits to help base station decodes E-PUCH, these information-bearings are on a physical layer control channel-enhancing ascending control channel (E-UCCH), the information that comprises as shown in Figure 1, wherein strengthening transformat combination indication (E-TFCI) is an index value, the transport block length and the modulation system of this transmission of UE have been indicated, the number of resources of it and E-PUCH is relevant, and the modulation system that obtains transport block length and E-PUCH channel is translated according to the number of resources that UE uses in the base station from E-TFCI; RSN is a retransmission counter, also implicit HARQ redundancy version information; The HARQ process ID is used to indicate the process number of handling the HARQ re-transmission; the traffic data type (scheduling or non-scheduling) that also comprises this transmission simultaneously. the base station uses these information on the E-UCCH to come E-PUCH is carried out the physical layer decoding and HARQ processing .E-UCCH transmits by the E-PUCH channel; the frame structure of the protected level of E-UCCH and E-PUCH is not also determined at present; but what can determine is; E-UCCH will be by E-PUCH physical channel indication territory transmission; and adopt fixing; known modulation and coded system; because the demodulation sign indicating number only behind correct demodulation sign indicating number E-UCCH, could be carried out to E-PUCH channel service data division in the base station.
Fig. 2 is the schematic diagram of E-PUCH channel architecture.As shown in Figure 2, the E-PUCH channel comprises: two business datum parts; Two physical channel indication territories; An intermediate code part; And boundary belt.E-UCCH is mapped in the physical channel indication territory and transmits.
Because allow in the solution of TD-SCDMA HSUPA that UE dispatches, non-scheduling resource multiplexing, but do not force that UE dispatches, non-scheduling resource multiplexing, again because E-TFCI value relevant with number of resources (identical E-TFCI value corresponding transport block length under different number of resources situations is different with modulation system), thereby in a TTI, the base station must all be detected scheduling, the non-scheduling resource of distributing to this UE, could determine the definite implication of E-TFCI value, could carry out the demodulation sign indicating number to the E-PUCH channel then.Be distributed in the time slot 1 such as scheduling resource, non-scheduling resource is distributed in the time slot 2, base station and what do not know UE transmission is data dispatching, it also is non-data dispatching, do not know whether UE has carried out the multiplexing of resource yet, thereby when a TTI arrives, the base station need be detected this UE and whether send data in time slot 1, no matter detect still detect less than, also need in time slot 2, detect this UE and whether send data, by the time after finishing all resource detections, modulation system and the transport block length that this E-PUCH uses could be determined in the base station.
Therefore, in the prior art, because allow that UE dispatches, non-scheduling resource multiplexing, this UE must have been detected after all resources of this TTI in the base station, just can obtain the modulation system of this TTI E-PUCH channel service data division and the information of transport block length, and then carry out the demodulation sign indicating number.Obviously, so just cause the buffer memory of the preceding channel data of demodulation and the time delay of Channel Processing, thereby reduced the receiving efficiency of E-PUCH channel.
Summary of the invention
Thereby, in order to overcome the problems referred to above, the invention provides a kind of coding/decoding method of reinforced uplink physical channel of time-division synchronous code division multiple access system, make the base station can obtain the modulation system and the transport block length of E-PUCH channel in the very first time, thereby avoided the buffer memory of the preceding channel data of demodulation, realized the synchronous demodulation of E-PUCH channel, simultaneously because E-UCCH has remaining spare bits, so the present invention can't increase channel load.
One aspect of the present invention provides a kind of coding/decoding method of reinforced uplink physical channel of time-division synchronous code division multiple access system, it may further comprise the steps: step S301, when an enhancing uplink time interval arrived, subscriber equipment was determined the data type and the resource multiplex mode of current transmission time interval transmission; Step S302, subscriber equipment determine to strengthen the transport block length and the modulation system of uplink business data according to resource multiplex situation and authorization power; Step S303, subscriber equipment is determined to comprise the physical layer control channel parameter of this transmission according to determined resource multiplex mode multiplexing indication is set according to determined business datum and resource multiplex mode; And step S304, the employed resource sum of subscriber equipment is determined according to the multiplexing indication in the physical layer Control Parameter in the base station, and obtain the modulation system and the transport block length information of business datum part in conjunction with the enhancing transformat combination on physical layer control channel indication, carry out the demodulation sign indicating number then.
Data type according to the present invention comprises dispatching services data and non-scheduling service data.
Coding/decoding method according to reinforced uplink physical channel of time-division synchronous code division multiple access system of the present invention, in above-mentioned steps S301, also will carry out following step: if Transmission Time Interval has non-scheduling resource or scheduling resource, then subscriber equipment selects the corresponding business data to transmit according to resource type; If existing scheduling resource has non-scheduling resource again, subscriber equipment is selected the data type of needs transmission according to the QOS demand of current scheduling and non-scheduling service data, and whether determines multiplexed resource according to the data volume situation; If current transmission time interval does not have non-scheduling resource, and do not have the scheduling resource of authorizing, then subscriber equipment just can not transmit data.
Physical layer control channel according to the present invention is to strengthen ascending control channel.
Physical layer Control Parameter according to the present invention comprises: strengthen the transformat combination indication, be used to indicate the transport block length and the modulation system of this transmission of subscriber equipment; Retransmission counter is used for re-transmission is counted; Hybrid automatic repeat request (HARQ) number; And multiplexing indication, be used for whether having carried out the multiplexing of scheduling, non-scheduling resource by this Transmission Time Interval of notification of user equipment base station.
In addition, according to an aspect of the present invention, after the base station receive to strengthen ascending control channel and carries out the demodulation sign indicating number, the base station can determine subscriber equipment uses in this Transmission Time Interval resource summation according to multiplexing indication wherein, determine to strengthen in the Transmission Time Interval processing mode of subscriber equipment residue scheduling resource and non-scheduling resource in the modulation system of business datum part of uplink physical channel and transport block length and the definite Transmission Time Interval.
Physical layer control channel according to the present invention is carried on first time slot of the used resource of this Transmission Time Interval enhanced uplink data transmission.
Coding/decoding method according to reinforced uplink physical channel of time-division synchronous code division multiple access system of the present invention.
Thereby, the coding/decoding method of the reinforced uplink physical channel of time-division synchronous code division multiple access system that the application of the invention provides, can need not to wait for finishing of resource detection, after first time slot of a Transmission Time Interval is received the enhancing ascending control channel, just can determine the modulator approach and the transport block length of Traffic Channel.Thereby, under the situation that does not increase channel load, just can avoid the buffer memory of channel data, thereby improve the receiving efficiency of channel.
Description of drawings
Accompanying drawing is used to provide further understanding of the present invention, and constitutes the part of specification, is used from explanation the present invention with embodiments of the invention one, is not construed as limiting the invention.In the accompanying drawings:
Fig. 1 is the view that strengthens the content of ascending control channel carrying in the correlation technique;
Fig. 2 strengthens uplink physical channel (E-PUCH) structural representation;
Fig. 3 is the flow chart according to the coding/decoding method of reinforced uplink physical channel of time-division synchronous code division multiple access system of the present invention;
Fig. 4 is the view that strengthens the content of ascending control channel carrying according to an embodiment of the invention;
Fig. 5 be dispatch according to an embodiment of the invention, the flow chart of non-scheduling service data transmission procedure; And
Fig. 6 is the flow chart of the detailed transmission course of step S510 among Fig. 5.
Embodiment
Below in conjunction with accompanying drawing the preferred embodiments of the present invention are described, should be appreciated that preferred embodiment described herein only is used for description and interpretation the present invention, and be not used in qualification the present invention.
Fig. 3 is the coding/decoding method flow chart according to reinforced uplink physical channel of time-division synchronous code division multiple access system of the present invention.As shown in Figure 3, the coding/decoding method of reinforced uplink physical channel of time-division synchronous code division multiple access system may further comprise the steps:
(1) step S301, when an enhancing uplink time interval arrived, subscriber equipment was determined the data type and the resource multiplex mode of current transmission time interval transmission.
Wherein, further comprising the steps of: if Transmission Time Interval has non-scheduling resource or scheduling resource, then subscriber equipment selects the corresponding business data to transmit according to resource type; If existing scheduling resource has non-scheduling resource again, subscriber equipment is selected the data type of needs transmission according to the QOS demand of current scheduling and non-scheduling service data, and whether determines multiplexed resource according to the data volume situation; If current transmission time interval does not have non-scheduling resource, and do not have the scheduling resource of authorizing, then subscriber equipment just can not transmit data.Data type comprises dispatching services data type and non-scheduling service data type
(2) step S302, subscriber equipment determine to strengthen the transport block length and the modulation system of uplink business data according to resource multiplex situation and authorization power.
Wherein, when multiplexed resource, for avoiding the Channel Processing complexity, time slot of agreement regulation has only an E-PUCH channel, when a settled approximately for this reason existing scheduling resource of time slot has non-scheduling resource again, get the less code channel of spreading factor, give up the bigger code channel of spreading factor, simultaneously the power of two resources is summed up transmitted power as the selected code channel of this time slot.3GPP organizes to having carried out standardization by the process of resource and authorization power derivation transport block length and modulation system.
(3) step S303, subscriber equipment is determined the physical layer Control Parameter of this transmission according to determined business datum and resource multiplex mode, and these Control Parameter are carried on the physical layer control channel.
Wherein, the physical layer Control Parameter comprises: strengthen the transformat combination indication, be used to indicate the transport block length and the modulation system of these transmission data of subscriber equipment; Retransmission counter is used for re-transmission is counted; Hybrid automatic repeat request (HARQ) number; And multiplexing indication, be used for whether having carried out the multiplexing of scheduling, non-scheduling resource by this Transmission Time Interval of notification of user equipment base station.
Physical layer control channel in the present invention is to strengthen ascending control channel, and physical layer control channel is carried on first time slot of the used resource of enhanced uplink data transmission in this Transmission Time Interval.
(4) step S304, the employed resource sum of subscriber equipment is determined according to the multiplexing indication in the physical layer Control Parameter in the base station, and obtain the modulation system and the transport block length information of business datum part in conjunction with the enhancing transformat combination on physical layer control channel indication, carry out the demodulation sign indicating number then.
Wherein, the base station is the channel of sense terminals equipment first time slot in this Transmission Time Interval at first, if detect less than, illustrate that this TTI does not carry out resource multiplex, can directly detect the channel at another kind of resource place.Scheduling resource such as this terminal use is distributed in the 1st, 2 time slot, non-scheduling resource is at the 3rd time slot, if the base station does not detect this terminal use's channel at the 1st time slot, illustrate that this terminal only used non-scheduling resource, the channel of this user in the 3rd time slot can directly be detected in the base station.If the base station detects this user's channel at the 1st time slot, then at first wherein enhancing ascending control channel is carried out the demodulation sign indicating number, obtain 4 Control Parameter of physical layer, determine the resource summation that subscriber equipment uses in this Transmission Time Interval according to multiplexing indication wherein, and resolve strengthening the transformat combination indicated value according to the resource summation, obtain strengthening in this Transmission Time Interval the modulation system and the transport block length of uplink physical channel business datum part, business datum is carried out the demodulation sign indicating number, also can determine simultaneously to remain in this Transmission Time Interval the processing mode of scheduling resource and non-scheduling resource, comprise: whether continue to receive; If continue to receive, can realize the limit demodulation of edge joint receipts.
Fig. 4 is the view that strengthens the content of ascending control channel carrying according to an embodiment of the invention. as shown in Figure 4, if in strengthening ascending control channel E-UCCH, increase the multiplexing indication of one 1 bit. UE does not dispatch, non-scheduling resource multiplexing, so it will use the business datum that the passes resource of authorizing itself transmit, E-UCCH will be carried on first time slot of resource (being the minimum time slot of sequence number); If UE has carried out the multiplexing of scheduling, non-scheduling resource, E-UCCH will be carried on first time slot in the used resource. wherein, E-UCCH always is carried on first time slot of the used resource of this TTI enhanced uplink data transmission.
Fig. 5 be dispatch according to an embodiment of the invention, the flow chart of non-scheduling service data transmission procedure.Fig. 6 is the flow chart of the detailed transmission course of step S510 among Fig. 5.
Describe Fig. 5 in detail below with reference to Fig. 6.According to present embodiment, UE has scheduling and non-scheduling resource simultaneously at this TTI, and scheduling resource is arranged in time slot 2 (TS2), non-scheduling resource is arranged in time slot 1 (TS1), and UE determines the transmitting and scheduling business datum, and multiplexing non-scheduling resource.
At first, UE has set up Radio Resource control (RRC) with SRNC and has been connected, and wherein the connection reason of UE is the initiation packet business.
In step S502, SRNC is through admitting control procedure, and thinking can be for this UE sets up enhanced uplink, and SRNC also is carried on the up signaling of this UE on the enhanced uplink, thereby is prepared as the E-DCH channel that it sets up non-scheduling and scheduling type simultaneously.
In step 504, SRNC initiates Radio Link by base station applies agreement (NBAP) to the base station and sets up process, wherein contains the relevant parameter of transmission channel of the resource allocation information and the dispatching services of non-scheduling service.If, will carry out the configuration of enhanced uplink parameter by wireless links reconfiguration course so before for this UE set up Radio Link.
In step S506, the base station receives configuration parameter, and be professional E-AGCH channel and the E-HICH channel that uses of this UE allocation schedule from the up common pool of the enhancing of this sub-district, these configuration parameters set up response by the Radio Link of NBAP or the radio link reconfiguration response returns to SRNC.
In step S508, SRNC initiates radio bearer by the RRC agreement to UE and sets up order, and the E-DCH configuration parameter of scheduling type and the configuration parameter of non-scheduling type are wherein arranged; If there had been radio bearer to set up process before, will strengthen the relevant configuration of up access by the radio bearer reconfiguration course so.UE receives configuration parameter, and replys response message to network side; It is available to determine that according to configuration parameter the E-DCH transport service begins.For dispatching services, when data volume in the logic channel buffering area of correspondence becomes non-ly 0 the time by 0, UE initiates the E-RUCCH random access procedure, request base station assigns resource, receive the authorization resources of base station after, could send data; For non-scheduling service, UE could send the non-scheduling service data after the activationary time of the non-scheduling resource that SRNC distributes arrives.
In step S510, when a TTI arrived, UE need determine the data type and the resource multiplex situation of current TTI transmission.
In step S512, UE determines the physical layer Control Parameter of this transmission according to the selection result of step S510, comprising: from whether multiplexed resource is determined multiplexing indicated value; Determine transport block length and modulation system from the power of multiplexing resource and mandate, thereby determine the E-TFCI value; Determine the HARQ process ID from the business datum of selecting; Transmission new data or retransmission packet are determined the RSN value.Then, these Control Parameter are inserted the E-UCCH channel.
In step S514, UE sends business datum, and carries E-UCCH on the mandate E-PUCH code channel of first time slot of use resource.
In step S516, the E-PUCH channel in the minimum sequence number time slot of this UE scheduling and non-scheduling resource correspondence is detected among this TTI in the base station, be time slot 1 in this embodiment, there are data to send if detect this UE, the demodulation sign indicating number is carried out to the E-UCCH on the E-PUCH channel in this time slot in the base station, determine the number of resources (UE has carried out resource multiplex in this embodiment, has used scheduling and non-scheduling resource among TS1 and the TS2) of the actual use of UE according to multiplexing indication wherein.Translate E-TFCI according to multiplexing number of resources the base station, obtains transport block length and modulation system that this TTI UE uses.The base station is carried out demodulation to the E-PUCH channel among the TS1 and is begun to receive data among the TS2, and the data among the TS2 are carried out demodulation.
Wherein, step S510 as shown in Figure 5 also comprises following steps as shown in Figure 6, wherein, selects the transmission data according to the principle of the non-data dispatching of prioritised transmission, and step has:
Step S602, if current TTI has non-scheduling resource, and there are the non-scheduling service data to need transmission, UE is with the non-data dispatching of prioritised transmission, if this moment, UE had the scheduling resource of mandate, UE can consider multiplexing scheduling resource according to the non-scheduling service data volume, is about to the transmission that scheduling resource also is used for non-data dispatching;
Step S604, if current TTI has non-scheduling resource, but there are not the non-scheduling service data to need transmission, UE will check the scheduling resource whether mandate is arranged, if the scheduling resource of mandate is arranged and has data dispatching to need transmission, UE is the transmitting and scheduling data, and can consider multiplexing non-scheduling resource according to the data volume situation;
Step S606, if current TTI does not have non-scheduling resource, UE will check the scheduling resource whether mandate is arranged, if the scheduling resource of mandate is arranged and have data dispatching to need transmission, UE is with the transmitting and scheduling data; And
Step S608, if current TTI does not have non-scheduling resource, do not have the scheduling resource of authorizing yet, UE is service data transmission not.
By above description of the invention, can see that the present invention realizes following beneficial effect, need not promptly to wait for finishing of resource detection that the base station just can obtain the modulation system and the transport block length of Traffic Channel simultaneously in the very first time, and carries out the demodulation sign indicating number.Under the situation that does not increase channel load, avoided the buffer memory of channel data, realize the synchronous demodulation of channel, thereby improved the receiving efficiency of channel.
Be the preferred embodiments of the present invention only below, be not limited to the present invention, for a person skilled in the art, the present invention can have various changes and variation.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (6)
1. the coding/decoding method of a reinforced uplink physical channel of time-division synchronous code division multiple access system is characterized in that, may further comprise the steps:
Step S301, when an enhancing uplink time interval arrived, subscriber equipment was determined the data type and the resource multiplex mode of current transmission time interval transmission;
Step S302, described subscriber equipment determine to strengthen the transport block length and the modulation system of uplink business data according to described resource multiplex mode and authorization power;
Step S303, described subscriber equipment is determined the physical layer control channel parameter of this transmission according to determined described business datum and described resource multiplex mode, comprise according to determined resource multiplex mode multiplexing indication is set, wherein, described physical layer control channel is carried on first time slot of the used resource of this Transmission Time Interval enhanced uplink data transmission, described multiplexing indication is used for whether having carried out the multiplexing of scheduling, non-scheduling resource by this Transmission Time Interval of notification of user equipment base station; And
Step S304, the employed resource sum of subscriber equipment is determined according to the described multiplexing indication in the described physical layer Control Parameter in the base station, and obtain the modulation system and the transport block length information of business datum part in conjunction with the enhancing transformat combination on physical layer control channel indication, carry out the demodulation sign indicating number then.
2. the coding/decoding method of reinforced uplink physical channel of time-division synchronous code division multiple access system according to claim 1 is characterized in that, described data type comprises dispatching services data type and non-scheduling service data type.
3. the coding/decoding method of reinforced uplink physical channel of time-division synchronous code division multiple access system according to claim 1 is characterized in that, step S301 is further comprising the steps of:
If described Transmission Time Interval has described non-scheduling resource or described scheduling resource, then described subscriber equipment selects the corresponding business data to transmit according to described resource type:
If existing described scheduling resource has described non-scheduling resource again, so described subscriber equipment is selected the data type of needs transmission and whether is determined multiplexed resource according to the data volume situation according to the QOS demand of current scheduling and non-scheduling service data; And
If current transmission time interval does not have described non-scheduling resource, and do not have the scheduling resource of authorizing, then described subscriber equipment just can not transmit described data.
4. the coding/decoding method of reinforced uplink physical channel of time-division synchronous code division multiple access system according to claim 1 is characterized in that, described physical layer control channel is to strengthen ascending control channel.
5. the coding/decoding method of reinforced uplink physical channel of time-division synchronous code division multiple access system according to claim 1 is characterized in that, described physical layer Control Parameter comprises:
Described enhancing transformat combination is indicated, and is used to indicate the transport block length and the modulation system of described this transmission of subscriber equipment;
Retransmission counter is used for re-transmission is counted;
Hybrid automatic repeat request (HARQ) number; And
Described multiplexing indication.
6. the coding/decoding method of reinforced uplink physical channel of time-division synchronous code division multiple access system according to claim 4 is characterized in that, also comprises:
After described base station receives described enhancing ascending control channel and carries out the demodulation sign indicating number, determine resource summation, business datum modulation system and the transport block length partly of determining the uplink physical channel of enhancing described in the described Transmission Time Interval and the processing mode of determining residue scheduling resource of subscriber equipment described in the described Transmission Time Interval and non-scheduling resource that subscriber equipment described in this Transmission Time Interval uses according to described multiplexing indication wherein.
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Families Citing this family (18)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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| CN104756570A (en) * | 2012-10-31 | 2015-07-01 | 美国博通公司 | Multiplexed transmission of data from multiple HARQ processes for a switching operation |
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| EP3162159B1 (en) * | 2014-06-25 | 2020-01-15 | Telefonaktiebolaget LM Ericsson (publ) | Method and device for ultra-dense network |
| CN108024360B (en) * | 2016-11-04 | 2023-11-21 | 华为技术有限公司 | Method, terminal and network equipment for unlicensed transmission |
| US10727968B2 (en) * | 2017-09-15 | 2020-07-28 | Qualcomm Incorporated | Synchronization signal block and control resource set multiplexing |
| CN110958095B (en) * | 2018-09-27 | 2022-06-14 | 华为技术有限公司 | Communication method and device |
| CN112399616B (en) * | 2019-08-15 | 2022-09-09 | 中国信息通信研究院 | Uplink scheduling resource multi-configuration data transmission method, equipment and system |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1365553A (en) * | 1999-02-17 | 2002-08-21 | 艾利森电话股份有限公司 | Method and apparatus for managing polling request in data communications |
| EP1389848A1 (en) * | 2002-08-13 | 2004-02-18 | Matsushita Electric Industrial Co., Ltd. | Hybrid automatic repeat request protocol |
| GB2425917A (en) * | 2005-05-03 | 2006-11-08 | Ipwireless Inc | Method of communicating signalling information |
-
2006
- 2006-11-08 CN CN200610138605A patent/CN101179836B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1365553A (en) * | 1999-02-17 | 2002-08-21 | 艾利森电话股份有限公司 | Method and apparatus for managing polling request in data communications |
| EP1389848A1 (en) * | 2002-08-13 | 2004-02-18 | Matsushita Electric Industrial Co., Ltd. | Hybrid automatic repeat request protocol |
| GB2425917A (en) * | 2005-05-03 | 2006-11-08 | Ipwireless Inc | Method of communicating signalling information |
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